---

SctApiImpl.h

Go to the documentation of this file.

// File: TApi.h

#ifndef SCTAPI_SCTAPIIMPL_H
#define SCTAPI_SCTAPIIMPL_H

// Need complete types for public inheritence
#include "SctApi.h"

namespace SctApi {
class TriggerImpl : public ::SctApi::Trigger {
  TriggerImpl &operator=(const TriggerImpl &);
 public:
  TriggerImpl();

  TriggerImpl(const TriggerImpl &);

  virtual ~TriggerImpl();

  void singleL1A();
  void doubleL1A(short unsigned int delay);
  void calL1A(short unsigned int delay);
  void pulseL1A(short unsigned int delay);
  void softL1A(short unsigned int delay);
  void softCalL1A(short unsigned int delay, short unsigned int delay2);
  void softPulseL1A(short unsigned int delay, short unsigned int delay2);
  void bcL1A(short unsigned int delay);
  void bcCalL1A(short unsigned int delay, short unsigned int delay2);
  void bcPulseL1A(short unsigned int delay, short unsigned int delay2);

  void setCommIncr(unsigned short command, unsigned short incr);
  void getCommIncr(unsigned short &command, unsigned short &incr) const;

  const RODTriggers getRODTriggers() const;

  void copy(const ::SctApi::Trigger &trig);

  void print() const;
private:
//   /// Command values (max 6)
//   TArrayS trigCommand;

//   /// Data values (max 6)
//   TArrayI trigData;

  RODTriggers trigSequence;

  int incCmd;

  int incData;
};

class ScanDefImpl : public ::SctApi::Scan {
  ScanDefImpl &operator=(const ScanDefImpl &);

 public:
  ScanDefImpl();

  ScanDefImpl(const ScanDefImpl &);

  virtual ~ScanDefImpl();

//   /// Print the scan
//   void print() const;

  void configure(UINT16 type, FLOAT32 start, FLOAT32 stop, FLOAT32 step);

  void configure2(UINT16 type, FLOAT32 start, FLOAT32 stop, FLOAT32 step);

  const ::SctApi::Trigger *getTrigger1() const;
  const ::SctApi::Trigger *getTrigger2() const;

  ::SctApi::Trigger *getTrigger1();
  ::SctApi::Trigger *getTrigger2();

  void setTrigger1(::SctApi::Trigger *trigger);
  void setTrigger2(::SctApi::Trigger *trigger);

  void setScanVariable1(unsigned short var);
  void setScanVariable2(unsigned short var);

  unsigned short getScanVariable1() const;
  unsigned short getScanVariable2() const;

  void setNTrigs(unsigned long nTrigs);
  unsigned short getNTrigs() const;

  const ScanPoints getScanPoints1() const;
  const ScanPoints getScanPoints2() const;
  void setScanPoints1(const ScanPoints &scans);
  void setScanPoints2(const ScanPoints &scans);

  int getOption(enum ScanOptions) const;
  void setOption(enum ScanOptions, int option);

  void copy(const ::SctApi::Scan &scan);

  void print() const;

  void setScanNumber(unsigned int scan);
  unsigned int getScanNumber() const;
  void setRunNumber(unsigned int scan);
  unsigned int getRunNumber() const;

  std::list<std::string> getModuleList(unsigned int group) const;
  void setModuleList(unsigned int group, std::list<std::string> newList);
  unsigned int getNGroups() const;
  void setNGroups(unsigned int val);
private:
  long trigsPerBurst;

  ScanPoints scanPoints;

  ScanPoints scanPoints2;

  int scanVariable;

  int scanVariable2;

  TriggerImpl *trigSequence;

  TriggerImpl *trigSequence2;

  int format;

  int full;

  int bits32;

  int loopCalLine;

  int distSlave;

  int debug;

  unsigned int scanNumber;
  unsigned int runNumber;

  std::vector<std::list<std::string> > groupLists;
  unsigned int m_maxGroup;
};
}

#endif

---